ไทย 
Japanese 
*This article is a republication of content originally featured in "Samurai Asia".
Energy-Saving Needs in Thailand and the Importance of "Air Conditioning Power Reduction"
In recent years, against the backdrop of soaring electricity prices and the push for decarbonization, energy-saving measures in factories and commercial facilities have become an urgent task in Thailand. Air conditioning often accounts for the majority of power consumption, frequently reaching 30–50% of annual electricity costs. However, replacing air conditioning equipment or installing large-scale energy-saving systems requires significant investment, making immediate action difficult.
Against this backdrop, "Ai-Glies" is gaining attention as a solution that "automatically reduces air conditioning electricity costs while maintaining comfort."
Against this backdrop, "Ai-Glies" is gaining attention as a solution that "automatically reduces air conditioning electricity costs while maintaining comfort."
What is the energy-saving system "Ai-Glies"?
Ai-Glies is an energy-saving system that can reduce air conditioning power consumption by up to 20% by controlling the outdoor unit of the air conditioner. Because it can be retrofitted to existing air conditioners, there is no need for equipment replacement or large-scale construction.
It can automatically switch to "fan operation" once or twice every 30 minutes, cutting wasteful power consumption while keeping temperature increases indoors to a minimum. As a result, you can effectively reduce electricity bills while maintaining comfort. The reduction effect is higher when there are many outdoor units with high power consumption, so facilities using large air conditioners can experience even greater benefits.
It can automatically switch to "fan operation" once or twice every 30 minutes, cutting wasteful power consumption while keeping temperature increases indoors to a minimum. As a result, you can effectively reduce electricity bills while maintaining comfort. The reduction effect is higher when there are many outdoor units with high power consumption, so facilities using large air conditioners can experience even greater benefits.
▲ Reducing power consumption while maintaining comfort through approximately 3 minutes of outdoor unit stop control
▲ Patented "Discomfort Index Linked Control" technology automatically realizes detailed control by linking with changes in the outdoor discomfort index
Unique Smart Control Technology via AI & IoT
Unique Smart Control Technology via AI & IoT
With Ai-Glies, a control unit attached to each air conditioner transmits operating data to the cloud, where the operating status of the air conditioners is managed on the server side. This system is basically applicable to Japanese manufacturers and is particularly effective for factories and offices with high cooling loads.
Data is centrally managed in the cloud, visualizing the operating status of multiple bases in real-time. Settings can be changed at any time via the cloud, allowing comfort to be maintained at all times.
Data is centrally managed in the cloud, visualizing the operating status of multiple bases in real-time. Settings can be changed at any time via the cloud, allowing comfort to be maintained at all times.
Introduction Effects: Reduction in Electricity Costs and CO₂ Emissions
Implementation records in Japan and overseas have achieved an average power reduction of 10–20%.
In many cases, the effects can be felt from the first month of installation, and the Return on Investment (ROI) period is as short as about 1 to 3 years. Reducing electricity usage leads directly to reduced CO₂ emissions, which can be expected to contribute to the promotion of carbon neutrality.
In many cases, the effects can be felt from the first month of installation, and the Return on Investment (ROI) period is as short as about 1 to 3 years. Reducing electricity usage leads directly to reduced CO₂ emissions, which can be expected to contribute to the promotion of carbon neutrality.
Ease of Implementation: Simple Structure and Short Construction Time
A feature of this system is that it can be introduced easily due to its simple structure of just connecting to the outdoor unit of an existing air conditioner. The construction time per unit is approximately 30 minutes to 1 hour, minimizing the impact on business operations, and the work is completed on the same day. It can be easily introduced regardless of the industry, including factories, warehouses, commercial facilities, and office buildings.
At ITC ENEX (Thailand), we offer free preparation of effect calculation reports and support test installations to verify effectiveness before full implementation. We have created an environment where you can consider the introduction with peace of mind by understanding the effects beforehand.
Expansion and Expectations in the Thai Market
In Thailand, electricity prices have soared since the second half of 2022, and while they are periodically reviewed, air conditioning equipment accounts for a higher proportion of power usage than in Japan, making it a market where effectiveness can be expected. Systems such as BOI and green loans are also in place, and an increasing number of companies are seeking "energy-saving measures that yield results in a short period." Ai-Glies is attracting attention as an energy-saving solution that meets these on-site needs.
It already has a track record of being introduced to approximately 1,500 bases, including major Japanese companies and public facilities, and implementation is progressing in Thailand, mainly among Japanese-affiliated factories, with an increasing number of success stories.
――Achieving both energy saving and comfort, and yielding results in a short period――
Ai-Glies is a smart solution that meets the expectations of companies with high interest in energy conservation.
In addition to solar power systems, ITC ENEX (Thailand) proposes various energy solutions that can contribute to corporate energy-saving measures. If you are considering introduction or a demo in Thailand, please contact us via the inquiry form.